Ultrasonic filling level sensor UFM 200 / 600 C2 / C4 / R / MD

Transcription

1 Ultrasonic filling level sensor UFM 200 / 600 C2 / C4 / R / MD Features UFM 600 up to 6 metres UFM 200 up to 2 metres for distance, volume and filling level measurement for containers, open basins or channels simple installation via connection threads alternative signal output interfaces (current loop / relay / Modbus RTU) contact-free measuring principle Note The display and control unit (UNI display) is required for setting the sensor in the relay and Modbus version. PVDF

2 Pictogram Ultrasonic filling level sensor UFM 200 UFM 200 C2 Ultrasonic C2 Current: 2 wires 4 20 ma Operating voltage: V DC Signal - output PVDF m m Housing / sensor EPDM FPM Male thread G (Ø 33.2) G3/4 (Ø 26.4) Wall installation via pipe clamp* Optional available not available * included in the delivery scope Accessories Tank adaptor G ¼ (Ø 4.9) UFM 200 Flex R / C4 / MD Ultrasonic C4 Relay: 4 relays, 2 inputs, Micro USB Programmable NC/NO switching function Operating voltage: 8 30 V DC Optional Signal - output R Current: 4 wires, 2x 0/4...20mA Operating voltage: V DC UNI display MD Modbus RTU, 2 relays, 2 inputs Change-over contact switching function Operating voltage: 8 30 V DC PVDF m m Housing / sensor EPDM FPM available not available * included in the delivery scope Optional Male thread G (Ø 33.2) G3/4 (Ø 26.4) Wall installation, pipe clamp* Accessories Tank adaptor G ¼ (Ø 4.9) 2

3 Pictogram Ultrasonic filling level sensor UFM 600 UFM 600 C2 Ultrasonic C2 Current: 2 wires 4 20 ma Operating voltage: V DC Signal - output PVDF m Housing / sensor FPM Installation via external thread G ½ (Ø 47.80) Direct installation with clamping nut * available not available * included in the delivery scope UFM 600 Compact UFM 600 Flex R / C4 / MD Ultrasonic C4 Current: 4 wires, 2 x 0/4 20mA Operating voltage: V DC Optional Signal - output R Relay: 4 relays, 2 inputs, Micro USB Programmable NC/NO switching function Operating voltage: 8 30 V DC UNI display MD Modbus RTU, 2 relays, 2 inputs Change-over contact switching function Operating voltage: 8 30 V DC UFM 600 Compact PVDF m Housing / sensor UFM 600 Flex FPM Installation via external thread G ½ (Ø 47,80) Direct installation with clamping nut* Signal output Only available in Flex version available not available * included in the delivery scope 3

4 Application The UFM is an ultrasonic sensor for continuous Use contact-free filling level measurement of liquid medium types. In containers or tanks in almost all industrial sectors Suitable for neutral and aggressive fluids in atmospheric air, provided the sensor components in contact with the medium are resistant to the medium (medium vapours) according to the ASV resistance guide The following factors limit accuracy: foaming medium types heavily turbulent surfaces strong deposit build-up or condensate on the sensor interfering reflections quick temperature changes Application limits heavy foam generation gas emitting medium types (steam pressure >50 mbar) gaseous atmospheres (e.g. carbon dioxide) ASV resistance guide Version UFM Compact as compact one-piece variant for installation on the tank UFM Flex with the connection housing separate from the sensor housing, connected by a 0 m long sensor cable Operation 2-wire current version UFM 600 (C2): using the section actuator installed on the circuit board 2-wire current version UFM 200 (C2): no operation required 4-wire current version (C4): using the integrated potentiometer, optionally using the display and control unit (Uni display) Relay version (R): using the display and control unit (Uni display) Modbus RTU version (MD): using the display and control unit (Uni display), relay / inputs via Modbus Function The sensor consists of an ultrasonic transducer which continuously transmits short ultrasonic pulses to the surface of the medium to be measured. The pulses are received by the sensor as echoes. The time between the transmission and receipt of the pulses is measured. This time is proportional to the distance and therefore to the filling height of the medium. The values such as distance, filling height and volume are converted in the connection housing. The output values can be indicated by the UNI display and/or transmitted via the respective outputs (except for C2 versions). Versions C2: The current module transmits the filling level, distance or volume via a standard 4 20 ma signal. The same wire is used for measured value output and voltage supply. Cannot be used with Uni display C4: The current module transmits the filling level, distance or volume via a standard 0/4 20 ma signal. R: The relay module is equipped with four programmable relay outputs. It is particularly suitable for the direct control of sensitive plant components, e.g. for dry run protection of pumps. MD: The Modbus module enables data bus communication. It contains two additional freely programmable relay outputs which can be used for directly intervening in the process if necessary. 4

5 Measuring value Filling level Device connection see Pictogram Ultrasonic filling level sensor UFM 200 see Pictogram Ultrasonic filling level sensor UFM 600 Weight UFM 200 Basic weight: 0.6 kg Sensor cable: 0. kg/m Weight UFM 600 Basic weight: 0.9 kg Sensor cable: 0. kg/m Accessories Display and control unit (UNI display) Display and control unit (UNI display) Can be used for all measuring instruments of the UNI display platform (PTM, HFT or UFM). Housing: ABS Cover: PA, transparent Display: illuminated LCD Operation: 4-key function Front film: polyester Data logger function with date stamp Firmware update is possible Parameter settings can be saved and transmitted to other sensors. Storage function on a microsd card Battery: CR220, 3 V The display unit can be removed from the sensor housing after the settings have been made. The display unit is required for setting the relay and Modbus version. 5

6 Technical data Value UFM 600 PVDF UFM 200 PVDF UFM 200 PE/Epoxy Measuring cm Dead zone m cm Measuring resolution mm Ultrasonic frequency khz Angle of reflected beam ( 3 db) Measuring interval s Accuracy: of the maximum value % 0,2% 0,4% 0,4% Power up C4, R, MD (Flex) s 5 C2 s 5 Step response (0 90%) s <.5 Integration time 0 60 s, adjustable Temperature compensation Automatic Voltage supply Voltage supply V DC Power consumption C2 W 0. C4, R, MD (Flex) W 3 Signal output C2 ma 4 20 C4 ma 0/4 20 R 4 relays, 5 A / 230 V AC MD Modbus RTU 2 relays, A / 30 V/DC 2 inputs, electrically isolated. cable Cable outside diameter mm 5 Nominal cross-section Voltage supply mm Relay outputs mm Gate inputs mm Modbus mm material coming into contact with the media Sensor PVDF PVDF PE, Epoxy Sensor housing PVDF PVDF PE Sensor seal FPM FPM, EPDM FPM, EPDM Union nut PVDF Process sealing FPM FPM, EPDM FPM, EPDM material not coming into contact with the media Housing Housing cover Cover seal cable, UV-resistant (Flex) PP-GF PP-GF / PA transparent NBR TPE-V 6

7 Value UFM 600 PVDF UFM 200 PVDF UFM 200 PE/Epoxy Process conditions Ambient temperature C Atmospheric ambient pressure bar 0.8. Relative humidity % Process temperature C Process pressure bar Mechanical data Weight of Compact kg (weight C2) 0.2 (weight C2) Weight of Flex kg Mounting position vertical Mounting the threaded neck /2, 3/4, 3/4 Type of protection IP 67 7

8 Ohmic resistance 750 R [Ω] Components of UFM 600 Compact / UFM 600 Compact C No. Description 3 4 R U 8 U [V] 30 Description Max. ohmic resistance Voltage supply Housing cover 2 and sensor housing 3 Device connection 4 Sensor 5 Cable lead throughs Components UFM 200 C2 No Description cable connector 2 Fastening clamp 3 Sensor housing Components UFM 600 Flex Fastening clamp No. Description 5 Protective earth connection Housing cover 2 Sensor housing Components UFM 200 Flex 3 Device connection 4 Sensor 5 housing 6 Spacer 7 Pipe clamp 8 Sensor cable No. Description cable connector 2 Fastening clamp 3 Sensor housing 4 Fastening clamp 5 Spacer 6 housing 7 Pipe clamp 8 Sensor cable 9 Protective earth connection 8

9 plan UFM600, 2-wire current version, Process connection plan UFM200 / UFM600, relay version, Process connection SW REL REL2 REL3 REL VDC 0VDC 30V DC 0V DC IN IN2 BUS X3 PWR... 8 ASV-Stübbe NO 2NO 3NO 4NO 2-4 COM COM Terminal Connector X3 START STOP PWR: 8 30 V DC Voltage supply (8 30 V DC) PWR: 0 V DC Voltage supply ( ) Terminal 8 30 V DC Voltage supply (8 30 V DC) plan UFM200/UFM600, 4-wire current version, Process connection 0 V DC Voltage supply ( ) IN Start button IN2 Stop button NO Relay normally open contact COM Relay COM 2NO Relay 2 normally open contact 3NO Relay 3 normally open contact 4NO Relay 4 normally open contact 2 4 COM Relay 2 4 COM Terminal Connector X3 PWR: 8 30 V DC Voltage supply (8 30 V DC) PWR: 0 V DC Voltage supply ( ) Connector X OUT: 0 20 V DC OUT: 0 V DC OUT2: 0 20 V DC OUT2: 0 V DC 0/4 20 ma pressure Earth, pressure 0/4 20 ma temperature Earth, temperature 9

10 plan UFM200 /UFM600, modbus-rtu version, Process connection diagram UFM 600 Flex, sensor connection Sensor head, angular socket Terminal Connector X2 / X4 Plug-type connection Connector X5 IN IN2 NO NC COM NO2 NC2 COM2 Connector X7 PWR: 8 30 V DC PWR: 0 V DC Connector X3 / X A B PWR: +24 V PWR: GND UNI display Start button Stop button Relay normally open contact Relay normally closed contact Relay COM Relay 2 normally open contact Relay 2 normally closed contact Relay 2 COM External voltage supply (inputs / relays) External earth RS485 A RS485 B Operating voltage supply, sensor Operating voltage supply, sensor (earth) No. Terminal No. Terminal BUS(+) BUS(+) 2 BUS(-) 2 BUS(-) 3 +5 V DC V DC V DC 4 0 V DC 4 0 V DC diagram UFM 200 Flex, sensor connection Sensor angular socket head, angular socket No. Terminal No. Terminal BUS(+) BUS(+) 2 BUS(-) 2 BUS(-) 3 +5 V DC 3 +5 V DC 4 0 V DC 4 0 V DC V DC V DC Assembly example plan UFM200, C2, Process connection 9 G /4"-" 7,5 Pin ma ma 0

11 UFM 200 C2 UFM 600 Compact (C2, R, C4, MD) ,5 9 UFM 200 Flex (R, C4, MD) UFM 600 Flex (R, C4, MD) 84, ,5 38,5 9 G" ( 33,2) G3/4" ( 26,4) , ,5 G" ( 33,2) G3/4" ( 26,4)